Study Determines Monkeys Incapable of Typing Shakespeare’s Complete Works

Two mathematicians from Australia have challenged a long-held saying, which posits that a monkey randomly striking keys on a typewriter, given limitless time, would ultimately produce the entire literary collection of William Shakespeare. This conceptual experiment, known as the “infinite monkey theorem,” has historically served to illustrate concepts of chance and unpredictability. Nevertheless, a recent peer-reviewed investigation, spearheaded by Sydney-based researchers Stephen Woodcock and Jay Falletta, determined that the duration required for a monkey to reproduce Shakespeare’s dramatic works, sonnets, and poetry would exceed the total existence of our universe. Consequently, despite its mathematical accuracy, they assert that the theorem is “misleading”. Beyond examining the capabilities of an individual monkey, the research also conducted a sequence of computations utilizing the current worldwide chimpanzee population, estimated at approximately 200,000. The findings revealed that even if every chimpanzee globally were employed and could type one key per second continuously until the universe’s end, they would still fall far short of generating the complete works of the Bard. The likelihood of a solitary chimpanzee successfully typing the word “bananas” during its lifespan would be 5%. Furthermore, the study indicates that the probability of a single chimp formulating a random sentence – for instance, “I chimp, therefore I am” – stands at one in 10 million billion billion. The study states: “It is not plausible that, even with improved typing speeds or an increase in chimpanzee populations, monkey labour will ever be a viable tool for developing non-trivial written works.” The computations presented in the paper rely on the most broadly accepted theory regarding the universe’s ultimate demise, known as the heat death theory. Despite its designation, this phenomenon, referred to as heat death, would in reality unfold slowly and be characterized by coldness. Essentially, it describes a future where the cosmos persistently expands and cools, while all its contents perish, decompose, and vanish. Associate Professor Woodcock commented in a statement regarding the research: “This finding places the theorem among other probability puzzles and paradoxes… where using the idea of infinite resources gives results that don’t match up with what we get when we consider the constraints of our universe.”